microphysical parameters - Globe Thesis

Keyword [microphysical parameters] Result: 1 - 18 \| Page: 1 of 1
1.	Experimental Research Of The Retrieval Of Cloud Microphysical Parameters By FY-2C Geostationary Satellite Data
2.	Study Of Cloud Microphysical Parameters Retrieval Based On Synergic Ground-Based Observation
3.	Study On The Detection Ability And The Echoes Of94GHz Millimeter-Wave Cloud Radars
4.	Retrieval Of Property Parameters From Land Radiation Fog Based On MODIS Image In Daytime And Analysis Of Dynamic Change
5.	Study On The Retrieval Of Cloud Microphysical Parameters And Its Radiation Effects
6.	Characteristics Of Rain Drop Size Distribution And Its Application For Weather Radar Measurement In Nanjing
7.	A Study On The Retrievals Of Cloud Microphysical Parameters And In-Cloud Turbulent Dissipation Rate By Using Millimeter-wave Cloud Radar Measurement
8.	The Preliminary Correction Of Millimeter-wavelength Radar Data And Retrieval Of Cloud Microphysical Parameters
9.	In-cloud Vertical Structure Of Microphysical Parameters For Oceanic Non-precipitating Warm Clouds As Revealed By CPR And MODIS Measurements
10.	A Study On Retrieving Cloud Microphysical Parameters From Millimeter-wave Radar Observations
11.	Research On Microphysics Parameters Of Cloud Based On Multiple Scattering Properties
12.	Analysis On Physicochemical Characteristic Of Blizzard Processes In Nanjing And Exploration On The Correction Method Of PARSIVEL~2
13.	Retrieval of fog microphysical parameters from NOAA AVHRR data
14.	Research On Particle Spectrum Retrievation And Application Based On Millimeter Wave Cloud Radar
15.	Temporal And Spatial Distribution Of Cloud Microphysical Parameters And Surface Shortwave Radiation In Qinghai-Tibet Plateau Based On Himawari-8 Satellite Data
16.	Spatiotemporal Heterogeneity And Interaction Of Aerosol Cloud Precipitation In Xinjiang
17.	Research On The Microphysical Structure Characteristics Of Stratiform Warm Clouds And The Threshold Function Of Automatic Transformation Of Cloud And Rain In Jiangxi Region
18.	A Study Of Meteorological Radar Detection Of Cloud-rain Turbulence And Microphysical Parameters
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